Metal 3D printing creates products by layering materials from CAD data. This document introduces the elements of each process and the cost factors for part manufacturing.
Metal 3D printing, unlike traditional methods that use molds or cutting tools to carve out material from a solid block, directly shapes products by adding layers of material from CAD data. Additionally, Digital Metal's binder jetting (BJT) method differs from other methods such as laser techniques, as it does not melt the material during the entire process. Instead, it imparts the necessary characteristics of the final product during the sintering process, which occurs below the melting point of the material after shaping. This document introduces each step of the process and the factors affecting the cost of component manufacturing. The greatest benefits can be obtained by not viewing metal 3D printing as an extension of traditional methods, but by discovering products that can only be realized through metal 3D printing.
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Markforged (NYSE: MKFG), listed on the New York Stock Exchange, enhances resilience and flexibility in manufacturing by providing industrial production on demand, whenever and wherever needed. With a reliable, intelligent, and user-friendly integrated AM software platform for 3D printing, it enables manufacturers to produce durable final parts made from metal and resin composites, facilitating "distributed manufacturing" anytime and anywhere. In over 70 countries worldwide, including Japan, more than 10,000 customers are using our AM software platform to strengthen their supply chains while overcoming the limitations of traditional manufacturing. Markforged is headquartered in Waltham, Massachusetts, and designs and develops the AM hardware, software, and materials that support its platform. Founded in 2013 by Greg Mark, the company established its Japanese and European subsidiaries in 2019 and went public on the NYSE in 2021. In 2022, it acquired Teton Simulation and Digital Metal.
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